Radiotherapy based on magnetic resonance imaging as the sole modality (MRI-only RT) is
an area of growing scientific interest due to the increasing use of MRI for both target and …

Magnetic resonance imaging (MRI) offers superior soft-tissue contrast as compared with
computed tomography (CT), which is conventionally used for radiation therapy treatment …

Purpose While MR‐only treatment planning using synthetic CTs (synCTs) offers potential for
streamlining clinical workflow, a need exists for an efficient and automated synCT …

Advances in multimodality imaging, providing accurate information of the irradiated target
volume and the adjacent critical structures or organs at risk (OAR), has made significant …

Purpose Magnetic resonance imaging (MRI)‐guided radiation therapy (RT) treatment
planning is limited by the fact that the electron density distribution required for dose …

Attenuation correction is an essential component of the long chain of data correction
techniques required to achieve the full potential of quantitative positron emission …

Purpose To develop and evaluate the feasibility of deep learning approaches for MR‐based
treatment planning (deep MTP) in brain tumor radiation therapy. Methods and materials A …

Magnetic resonance imaging (MRI)-guided attenuation correction (AC) of positron emission
tomography (PET) data and/or radiation therapy (RT) treatment planning is challenged by …

Purpose To validate the dosimetric accuracy and clinical robustness of a commercially
available software for magnetic resonance (MR) to synthetic computed tomography (sCT) …

Purpose and background The magnetic resonance (MR)‐only radiotherapy workflow is
urged by the increasing use of MR image for the identification and delineation of tumors …